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🍽 Fork YunoHost — snapshot mangé par la machine à tsoins
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Upstream: https://github.com/YunoHost/yunohost @ 3a5f8bac8301c450897b96cbd43a4c7d3ba750fb
But (José) : transformer tout le code en bions + ploxions du xerboxion.
La carte de digestion vit au labo : /yunohost-digest.json
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machine-a-tsoins
2026-07-03 17:20:06 +00:00
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#!/usr/bin/env bash
#
# Copyright (c) 2024 YunoHost Contributors
#
# This file is part of YunoHost (see https://yunohost.org)
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as
# published by the Free Software Foundation, either version 3 of the
# License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
#
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# Internal helper design to allow helpers to use getopts to manage their arguments
#
# [internal]
#
# example: function my_helper()
# {
# local -A args_array=( [a]=arg1= [b]=arg2= [c]=arg3 )
# local arg1
# local arg2
# local arg3
# ynh_handle_getopts_args "$@"
#
# [...]
# }
# my_helper --arg1 "val1" -b val2 -c
#
# usage: ynh_handle_getopts_args "$@"
# | arg: $@ - Simply "$@" to tranfert all the positionnal arguments to the function
#
# This helper need an array, named "args_array" with all the arguments used by the helper
# that want to use ynh_handle_getopts_args
# Be carreful, this array has to be an associative array, as the following example:
# local -A args_array=( [a]=arg1 [b]=arg2= [c]=arg3 )
# Let's explain this array:
# a, b and c are short options, -a, -b and -c
# arg1, arg2 and arg3 are the long options associated to the previous short ones. --arg1, --arg2 and --arg3
# For each option, a short and long version has to be defined.
# Let's see something more significant
# local -A args_array=( [u]=user [f]=finalpath= [d]=database )
#
# NB: Because we're using 'declare' without -g, the array will be declared as a local variable.
#
# Please keep in mind that the long option will be used as a variable to store the values for this option.
# For the previous example, that means that $finalpath will be fill with the value given as argument for this option.
#
# Also, in the previous example, finalpath has a '=' at the end. That means this option need a value.
# So, the helper has to be call with --finalpath /final/path, --finalpath=/final/path or -f /final/path, the variable $finalpath will get the value /final/path
# If there's many values for an option, -f /final /path, the value will be separated by a ';' $finalpath=/final;/path
# For an option without value, like --user in the example, the helper can be called only with --user or -u. $user will then get the value 1.
#
ynh_handle_getopts_args() {
# Trick to only re-enable debugging if it was set before
local xtrace_enable=$(set +o | grep xtrace)
# Manage arguments only if there's some provided
set +o xtrace # set +x
if [ $# -eq 0 ]; then
eval "$xtrace_enable"
return
# Validate that the first char is - because it should be something like --option=value or -o ...
elif [[ "${1:0:1}" != "-" ]]; then
ynh_die "It looks like you called the helper using positional arguments instead of keyword arguments ?"
fi
# Store arguments in an array to keep each argument separated
local arguments=("$@")
# For each option in the array, reduce to short options for getopts (e.g. for [u]=user, --user will be -u)
# And built parameters string for getopts
# ${!args_array[@]} is the list of all option_flags in the array (An option_flag is 'u' in [u]=user, user is a value)
local getopts_parameters=""
local option_flag=""
for option_flag in "${!args_array[@]}"; do
# Concatenate each option_flags of the array to build the string of arguments for getopts
# Will looks like 'abcd' for -a -b -c -d
# If the value of an option_flag finish by =, it's an option with additionnal values. (e.g. --user bob or -u bob)
# Check the last character of the value associate to the option_flag
if [ "${args_array[$option_flag]: -1}" = "=" ]; then
# For an option with additionnal values, add a ':' after the letter for getopts.
getopts_parameters="${getopts_parameters}${option_flag}:"
else
getopts_parameters="${getopts_parameters}${option_flag}"
fi
# Check each argument given to the function
local arg=""
# ${#arguments[@]} is the size of the array
for arg in $(seq 0 $((${#arguments[@]} - 1))); do
# Escape options' values starting with -. Otherwise the - will be considered as another option.
arguments[arg]="${arguments[arg]//--${args_array[$option_flag]}-/--${args_array[$option_flag]}\\TOBEREMOVED\\-}"
# And replace long option (value of the option_flag) by the short option, the option_flag itself
# (e.g. for [u]=user, --user will be -u)
# Replace long option with = (match the beginning of the argument)
arguments[arg]="$(printf '%s\n' "${arguments[arg]}" | sed "s/^--${args_array[$option_flag]}/-${option_flag} /")"
# And long option without = (match the whole line)
arguments[arg]="$(printf '%s\n' "${arguments[arg]}" | sed "s/^--${args_array[$option_flag]%=}$/-${option_flag} /")"
done
done
# Read and parse all the arguments
# Use a function here, to use standart arguments $@ and be able to use shift.
parse_arg() {
# Read all arguments, until no arguments are left
while [ $# -ne 0 ]; do
# Initialize the index of getopts
OPTIND=1
# Parse with getopts only if the argument begin by -, that means the argument is an option
# getopts will fill $parameter with the letter of the option it has read.
local parameter=""
getopts ":$getopts_parameters" parameter || true
if [ "$parameter" = "?" ]; then
ynh_die "Invalid argument: ${1:-}"
elif [ "$parameter" = ":" ]; then
ynh_die "${1:-} parameter requires an argument."
else
local shift_value=1
# Use the long option, corresponding to the short option read by getopts, as a variable
# (e.g. for [u]=user, 'user' will be used as a variable)
# Also, remove '=' at the end of the long option
# The variable name will be stored in 'option_var'
local option_var="${args_array[$parameter]%=}"
# If this option doesn't take values
# if there's a '=' at the end of the long option name, this option takes values
if [ "${args_array[$parameter]: -1}" != "=" ]; then
# 'eval ${option_var}' will use the content of 'option_var'
eval "${option_var}"=1
else
# Read all other arguments to find multiple value for this option.
# Load args in a array
local all_args=("$@")
# If the first argument is longer than 2 characters,
# There's a value attached to the option, in the same array cell
if [ ${#all_args[0]} -gt 2 ]; then
# Remove the option and the space, so keep only the value itself.
all_args[0]="${all_args[0]#-${parameter} }"
# At this point, if all_args[0] start with "-", then the argument is not well formed
if [ "${all_args[0]:0:1}" == "-" ]; then
ynh_die "Argument \"${all_args[0]}\" not valid! Did you use a single \"-\" instead of two?"
fi
# Reduce the value of shift, because the option has been removed manually
shift_value=$((shift_value - 1))
fi
# Declare the content of option_var as a variable.
eval "${option_var}"=""
# Then read the array value per value
local i
for i in $(seq 0 $((${#all_args[@]} - 1))); do
# If this argument is an option, end here.
if [ "${all_args[$i]:0:1}" == "-" ]; then
# Ignore the first value of the array, which is the option itself
if [ "$i" -ne 0 ]; then
break
fi
else
# Ignore empty parameters
if [ -n "${all_args[$i]}" ]; then
# Else, add this value to this option
# Each value will be separated by ';'
if [ -n "${!option_var}" ]; then
# If there's already another value for this option, add a ; before adding the new value
eval "${option_var}"+="\;"
fi
# Remove the \ that escape - at beginning of values.
all_args[i]="${all_args[i]//\\TOBEREMOVED\\/}"
# For the record.
# We're using eval here to get the content of the variable stored itself as simple text in $option_var...
# Other ways to get that content would be to use either ${!option_var} or declare -g ${option_var}
# But... ${!option_var} can't be used as left part of an assignation.
# declare -g ${option_var} will create a local variable (despite -g !) and will not be available for the helper itself.
# So... Stop fucking arguing each time that eval is evil... Go find an other working solution if you can find one!
eval "${option_var}"+='"${all_args[$i]}"'
fi
shift_value=$((shift_value + 1))
fi
done
fi
fi
# Shift the parameter and its argument(s)
shift "$shift_value"
done
}
# Call parse_arg and pass the modified list of args as an array of arguments.
parse_arg "${arguments[@]}"
eval "$xtrace_enable"
}